Normal motor milestone development for use to promote child care

Husaini, M. A.; Bahari, Abas B.; Husaini, Jajah K.; Widodo, Yekti; Harahap, Heryudarini; Suwarti, Susi; Purnomosari, Dewi; Hadis, Fawziah A.

doi:10.14238/pi50.6.2010.340-6

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“…17 Ketersediaan energi mempengaruhi aktivitas fisik anak, dimana aktivitas berkorelasi erat dengan perkembangan motorik. 26 Protein yang terbentuk oleh asam amino merupakan sumber asam amino yang diperlukan tubuh yang berfungsi sebagai katalisator, pembawa, pengatur, penguat struktur, imunitas, dan pertumbuhan. Penelitian kohort pada bayi di pedesaan Guatemala diperoleh hasil bahwa asupan protein hewani dari makanan pendamping ASI berhubungan dengan kemampuan berjalan anak.…”

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“…17 Defisiensi besi berhubungan dengan penurunan aktifitas pada anak, karena defisiensi besi pada anak menyebabkan keletihan, keragu-raguan, ketakutan dan kelelahan. 26 Suplementasi besi pada bayi di Purworejo dengan dosis 10 mg setiap hari selama enam bulan mampu meningkatkan skor ratarata perkembangan motorik anak dibanding kelompok kontrol. 5 Berdasarkan baseline data tingkat kecukupan energi dan tingkat kecukupan protein (Grafik 4) terjadi peningkatan asupan energi dan protein terutama pada kelompok perlakuan setelah intervensi.…”

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Pengaruh mikronutrien taburia terhadap perkembangan motorik anak usia 24-48 bulan yang stunting (Studi di Tanjungkarang Barat Kabupaten, Bandar Lampung)

Nugroho

Susanto

Kartasurya

2014

JGI

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Background: Stunting is associated to the developmental delays of gross motor and fine motor skills. Previous studiedstate that micronutrient supplementation has a positive effect on both motor skills development in children aged under24 months.Objective: The aim of this study was to analysis the effect of micronutrient sprinkle on motor development amongstunted children aged 24 to 48 months.Methods: A quasi-controlled experimental group study with a total of 63 stunting age 24-48 months are divided intotreatment group (31 children) and controls (32 children). Treatment group received micronutrient sprinklesupplementation once in two days for two months. Fine and gross motor development was measured by DDST II beforeand after intervention.Results: There was no difference in age, sex, energy intake, protein, zinc, folic acid and developmental delaypercentage before treatment. The percentage of fine motor delays before treatment was 48.4% in the treatment groupand 53.1% in the control group, while the percent of gross motor delay was 32.3% in the treatment group 34.4% in thecontrol group. After intervention, the percentage of fine motor developmental delays significant decreases 25.8%, in thetreatment group and 34.4% in the control group, while the percentage of gross motor delay in the control groupsignificant decreased to 12.5%, but not significant decreased to 16,1% in the treatment group. Confounding variablesin this study were include energy adequacy level, protein adequacy level, zinc, iron and folic acid. There was nodifferences percentage of developmental delays on fine motor (p= 0,514) and gross motor (p= 0,571) after theintervention and after controlling with confounding variables.Conclusion: Micronutrient sprinkle supplementation for two months did not influence the development of fine motorskills gross motor skills on stunting preschooler children age 24 to 48 months

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Pengaruh mikronutrien taburia terhadap perkembangan motorik anak usia 24-48 bulan yang stunting (Studi di Tanjungkarang Barat Kabupaten, Bandar Lampung)

Nugroho

Susanto

Kartasurya

2014

JGI

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Effects of Individualized Intensive Physical Therapy for a Child with MECP2 Duplication Syndrome: A Case Study

Kim

2023

KSPM

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High-intensity physical therapy may help improve some gross motor developmental delays through an increased treatment frequency. This study describes an increase in physical therapy frequency and intensity over an eight-week time frame for a child with a rare genetic neurodevelopmental disorder. METHODS: A single-subject research was performed. The subject was a nine-year-old boy with MECP2 Duplication Syndrome. The outcome measure consisted of one time before and after the intervention. An intensive physical therapy program was applied to this subject. The treatments included reciprocal crawling, high kneeling, tailor sitting, weight-bearing and shifting training to facilitate ankle balance strategies and training to walk without assistance. RESULTS: After the eight-week follow-up, the child achieved a gradual improvement in the gross motor function †Corresponding Author : Chang-Ho Kim

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Normal motor milestone development for use to promote child care

Abstract: Background Motor behavior is an essential aspect of child

Cited by 2 publications

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Pengaruh mikronutrien taburia terhadap perkembangan motorik anak usia 24-48 bulan yang stunting (Studi di Tanjungkarang Barat Kabupaten, Bandar Lampung)

Pengaruh mikronutrien taburia terhadap perkembangan motorik anak usia 24-48 bulan yang stunting (Studi di Tanjungkarang Barat Kabupaten, Bandar Lampung)

Effects of Individualized Intensive Physical Therapy for a Child with MECP2 Duplication Syndrome: A Case Study

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